基于机器视觉传达的室内空间环境设计

Indoor Space Environment Design Based on Machine Vision Communication

以获得更具视觉感染力、冲击性的室内空间设计效果,提出基于机器视觉传达的室内空间环境设计方法。利用鱼眼相机获取室内空间环境全景图像,在空间环境布局元素标定的基础上,完成室内空间环境视觉信息的获取后,通过3ds Max三维模型构建软件将其转换到三维虚拟VR环境之中,生成初始室内空间环境三维模型后,再对其作分割等处理,并经过纹理贴图后实现室内空间环境三维建模,再利用3ds Max工具以及OpenGL技术实现三维模型的渲染以及可视化呈现。实验结果表明:该方法可实现室内空间环境布局元素标定,标定误差为7.2%;可实现室内空间环境设计,渲染后模型视觉效果显著提升。

Propose an indoor space environment design method based on machine vision communication to achieve more visually appealing and impactful indoor space design effects.Using a fisheye camera to obtain panoramic images of indoor space environment,based on the calibration of spatial environment layout elements,the visual information of indoor space environment is obtained.After that,it is transformed into a 3D virtual VR environment using the 3ds Max 3D model construction software.After generating the initial 3D model of indoor space environment,it is processed by segmentation and texture mapping to achieve 3D modeling of indoor space environment,Reuse 3ds Max tools and OpenGL technology to achieve rendering and visualization of 3D models.The experimental results show that this method can achieve indoor spatial environment layout element calibration with a calibration error of 7.2%.It can achieve indoor space environment design and significantly improve the visual effect of the rendered model.